Barrier Island Salt & Mold
Miami Beach gets salt spray from two sides—the Atlantic and the Bay. The air is heavy with brine. This salt coats the granite. It draws water straight from the air and locks it in the stone pores. The stone stays wet inside. This feeds Gloeocapsa magma (black algae).
You see a thick, tar-like crust. It traps heat. It ruins the polish.
Searching for headstone cleaning services near me often points to pressure washing. That is dangerous here. High pressure drives salt crystals deeper into the stone. They expand and crack the granite face. We use specialized grave site cleaning services. We use a desalination poultice. It draws the salt out chemically. It kills the algae roots. The stone dries out and stays clean.
Wind-Driven Sand Erosion
Trade winds blow constantly across the island. They carry fine silica sand. This acts like sandpaper on the monument face. Over time, it dulls the polish. It rounds the edges of the carved lettering.
We cannot reverse erosion. We can stop the biological decay that makes it worse. We remove the moss and lichen that widen these cracks. We keep the stone surface hardened and clean. This slows down the weathering process significantly.
Marine Bronze Corrosion
The salt concentration here is extreme. It eats the factory lacquer on bronze markers faster than anywhere else. Once the seal fails, copper chlorides form. You see green, chalky rot. This is "Bronze Disease."
It pits the metal lettering. It destroys the dates. We use strict cleaning bronze cemetery markers protocols. We strip the dead lacquer. We neutralize the green corrosion. Then we reseal it with heavy marine-grade clear coat. This blocks the salt air completely.
High Water Table Sinking
The water table is inches below the surface. The soil is loose, saturated sand. Heavy monuments act like anchors in mud. They sink or tilt.
Adding topsoil is a waste. It just pushes into the wet sand. For lasting tombstone repair and restoration, we stabilize the sub-base. We excavate the wet sand. We install angular gravel. The rocks lock together. They create a friction pile. This supports the weight, even in saturated soil.
